You have a few different types of DIY drills to choose from. The main distinction between drills is whether they are corded or cordless.
1. Corded Types of DIY Drills
If you inherited a drill from your father or grandfather, it was most likely a corded drill that could only be used when wired into an electrical socket.
Corded DIY drills were already standard in the early days of cordless drills because cordless drills lacked corded drills’ strength. With the introduction of newer cordless drills, the gap has narrowed significantly.
Compare Amazon’s Corded Types of DIY Drills
The main benefit of a corded drill over a cordless model these days is that you don’t have to fear the battery running out of charge. As per Amazon, specialty drills such as rotary hammer drills and percussion drills will fall under the corded range.
2. Cordless Types of DIY Drills
The most common form of drill for at-home use is the cordless drill. They’re driven by a rechargeable battery that sits in the bottom of the drill’s handle, allowing the tool to stay balanced on the side. The device’s drill power is proportional to the energy of the battery, which is estimated in volts. Tools in Action considers cordless DIY drills to be a must-have feature because they encourage you to work without worrying about locating a power outlet.
Compare Amazon’s Cordless Types of DIY Drills
According to Lowe’s, you can also remember the drill’s drill chuck size. The shank of a drill bit may only be a specific diameter in each drill. The shank is the part of the drill bit that is not in contact with the drill grooves. DIY Drills with bit shank up to 1/4-, 3/8-, or 1/2-inch diameter are available.
The most popular measurements are 3/8-inch and 1/2-inch. According to Consumer Reports, a 1/4-inch drill would likely not have the strength you need, so use it only for light-duty jobs.
What to Look for In DIY Drills
When choosing a power drill, you must consider all of the features available, including cordless vs. corded. Here, at Ask a Repairman, we consider that even if drills have a similar style and appearance, they are not always equal.
· The Amps of DIY Drills
Amps are the most common way to measure drilling strength in corded drills. Most corded types of DIY drills with a 6- or 8-amp level would suffice for most home users.
· Battery used
A Li-ion rechargeable battery is used in most drills. These batteries are designed to last hundreds of uses and have enough power to operate the drill for many hours at a time. NiCd rechargeable technology can be used in older cordless drills.
· The Chuck of DIY Drills
A chuck is a spinnable handle on a cordless drill that helps you tighten and loosen the drill section that contains the pieces (called the chuck). To detach a bit, untighten the chuck and then pull it again to protect the bit before using it. To loosen and tighten the chuck on some older corded DIY drills, you’ll need a “key.”
· DIY Drills: Light
An LED light is used in some drills near the chuck. According to DIY Network, this is a brilliant feature for seeing what you’re drilling into in low-light situations.
· Check if those Types of DIY Drills have a Reverse Switch
The toggle switch on the drill will change the drill head’s direction of rotation between forward and reverse.
· The Speed of the Drill
Most power and DIY drills have several speed settings, which indicate how many revolutions per minute (RPMs) the drill head will do. Drilling holes requires a higher speed setting while driving screws requires a slower speed setting. A toggle switch is often used to control the speed.
· Does the DIY Tool have a Trigger?
To start rotating the drill head, depress the lever on the drill. Stop the spinning by releasing the button.
· Volts and Power of DIY Drills
Volts are the most common unit of measurement for cordless drill drilling strength. A drill with a higher voltage level would be able to more rigid materials and move screws faster. Most cordless types of drills for home use are 12-to-18-volt, but you can upgrade to 20-to-24-volt drills if you need more strength.
